Ben Adams, talks

2012, February 8: Workshop on Dynamical Systems Applied to Biology and Natural Sciences, Lisbon: Simple mathematical models of antigenic evolution.
2011, June 28: European Conference on Mathematical and Theoretical Biology, Krakow: Human movement and the epidemiology of dengue.
2011, March 21 - 25: Department of Mathematics, University of Dar es Salaam, Tanzania: A short course in epidemiological modelling.
2010, December 13: Department of Infectious Disease Epidemiology, Imperial College: Human movement and the dynamics of vector-borne disease in urban environments.
2010, September 3: Mathematical Population Dynamics and Ecology 2010, University of Leicester: The role of human movement in the transmission and persistence of dengue virus.
2010, June 24: Mathematics, Computation and Biology 2010, University of West of England, Bristol: The role of human movement in the transmission and persistence of dengue virus.
2010: June 1. Computational and Mathematical Population Dynamics 3, Bordeaux: Transmission paradigms and the evolution of influenza A.
2010: May 20. Department of Mathematics, University of Sussex: The role of human movement in the transmission and persistence of dengue virus.
2010, April 27. Max Planck Institute fuer Informatik, Saarbruecken: Transmission paradigms and the evolution of influenza A.

2009, September 30. Department of Zoology, University of Oxford: The role of human movement in the transmission and persistence of dengue virus.
2009, July 29. Society for Mathematical Biology Annual Meeting, Vancouver:The role of human movement in the transmission and persistence of dengue virus.

2008, December 23. Department of Biology, Kyushu University, Japan: Transmission paradigms and the evolution of influenza A.
2008, December 25. Hayama Institute for Advanced Studies, Japan: Transmission paradigms and the evolution of influenza A.
2008, July. European Society for Mathematical Biology Meeting, Edinburgh: The role of cross-immunity in pathogen evolution.